Simulation study on energy and position resolutions with 4pi dual-readout calorimeter

ORAL

Abstract

The dual-readout calorimeter(DRC), which is one of the candidates for the FCC-ee and CEPC projects, is composed with two different types of fibers: scintillating and Cerenkov fibers. They offer high-quality energy resolution by compensating hadron shower energy based on its electromagnetic shower fraction. The DRC modules, packed with dense arrays of fibers, compose projective structure. This high-precision and high-granularity design allows good separation for the position and angular distributions in an efficient way. This presentation will discuss the energy resolution of the electromagnetic and hadronic particles (including jets) and the position and angular resolutions in the basis of the simulation carried out using GEANT4.

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Authors

  • Kyuyeong Hwang

    • Yonsei University
    • Yonsei Univ

  • Bobae Kim

    • Kyungpook National University

  • Junghyun Lee

    • Kyungpook National University

  • Sehwook Lee

    • Kyungpook National University

  • Sanghyun Ko

    • Seoul National Universuty

  • Doyoung Kim

    • University of Seoul

  • Jason Lee

    • University of Seoul

  • Yunjae Lee

    • University of Seoul

  • Jongsuk Park

    • University of Seoul

  • Minsang Ryu

    • University of Seoul

  • Ian Watson

    • University of Seoul

  • Yun Eo

    • Yonsei University

  • Seungkyu Ha

    • Yonsei University

  • Kyungho Kim

    • Yonsei University

  • Minsoo Kim

    • Yonsei University

  • Sungwon Kim

    • Yonsei University

  • Junewoo Park

    • Yonsei University

  • Hwidong Yoo

    • Yonsei University